The document discusses open government and open science from an international perspective. It notes that examples of citizen-driven open science are emerging rapidly, but that government policies and institutions have yet to fully embrace openness. It questions how citizen science and open government can best work together to address societal challenges.
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Open Government and Open Science: An International Perspective
1. Open Government for Open
Science: An International
Perspective
November 7th, Strategic Thinking About Openness for 2014
Carolina Rossini, LLM, MBA, MA, JD
Project Director, Latin America Center
Open Technology Institute at the New America Foundation
And Advisory Board member – Open Knowledge Foundation Brazil
2. • examples of “citizen” driven open science are
rapidly emerging
• government is experimenting with openness,
but policies and institutions still need to catchup
• these two things are not yet connected
3. So how do we make the most of them to tackle
our society’s problems?
4.
5. • It is intuitive to want to get hid of hidebound
institutions and partisan politics but what do
we replace them with? What happens the
“Day After” the Arab Spring? What works?
6.
7.
8. OGP was launched in 2011 to provide an international platform for
domestic reformers committed to making their governments
more open, accountable, and responsive to citizens. Since then, OGP
has grown from 8 countries to the 62 participating countries indicated
on the map below. In all of these countries, government and civil
society are working together to develop and implement
ambitious open government reforms
9.
10.
11. • “Opening up government data drives democracy,
accountability and innovation. It enables citizens to
know and exercise their rights, and it brings benefits
across society: from transport, to education and
health”
Rufus Pollock, founder and CEO
Open Knowledge Foundation
12.
13.
14. • The idea of Open Government Data (OGD) has seen rapid
diffusion across the globe. At the end of the last decade few
governments had engaged at all with the idea of open data,
and the number of OGD initiatives could be counted on one
hand. By mid-2013 the concept of OGD has spread across the
globe.
• There are now OGD portals and projects to be found on every
continent, and in an increasing number of cities and
international institutions. Open data has made it into
strategies and actions plans at the highest levels, from Open
Government Partnership National Action Plans, to the G8
Open Data Charter, and from initiatives on open data in Aid,
Extractives and Agriculture to the UN High Level Report on the
Post-2015 Development Agenda, which calls for a ‘data
revolution’ incorporating a move towards open data.
15.
16.
17.
18.
19.
20. classes of citizen science
• Data collection
• Gamified analysis
• Processing capacity
• Analysis (not yet widespread)
27. • Open science is the umbrella term of the
movement to make scientific research, data
and dissemination accessible to all levels of an
inquiring society, amateur or professional. It
encompasses practices such as publishing
open research, campaigning for open access,
encouraging scientists to practice open
notebook science, and generally making it
easier to publish and communicate scientific
knowledge.
28. Source: Geoffrey Boulton at LIBER 2013
http://www.slideshare.net/libereurope/boulton-gsb-presentationlibermunich
36. Outcomes
Key indicators of progress
Discoveries
1.
2.
significant advances in the generation of new knowledge
contribute to discoveries with tangible impacts on health
4.
contribute to the development of enabling technologies,
products and devices
uptake of research into policy and practice
Engagement
5.
6.
enhanced level of informed debate in biomedicine
significant engagement of key audiences & increased reach
Research leaders
7.
8.
develop a cadre of research leaders
evidence of significant career progression among those we
support
Research
environment
9.
key contributions to the creation, development and maintenance
of major research resources
contributions to the growth of centres of excellence
Applications
3.
10.
Influence
11.
12.
significant impact on science funding & policy developments
significant impact on global research priorities and processes
Wellcome Trust Outcome Measures – Kevin Dolby, OASPA Conference 2012.
37.
38.
39.
40.
41. Brussels, 12.12.2011 COM(2011) 882 final
The central aim of the EU 2020 strategy is to put Europe’s economies
onto a high and sustainable growth path. To this end, Europe will have to
strengthen its innovative potential and use its resources in the best
possible way.
One of these resources is public data — all the information that public
bodies in the European Union produce, collect or pay for. Examples are
geographical information, statistics, weather data, data from publicly
funded research projects, and digitised books from libraries. This
information has a significant — currently untapped — potential for re-use
in new products and services and for efficiency gains in administrations.
Overall economic gains from opening up this resource could amount to
€40 billion a year in the EU. Opening up public data will also foster the
participation of citizens in political and social life and contribute to policy
areas such as the environment.
42. • Cultural heritage
Europeana, digital libraries, museums and archives
• Scientific information
• Public sector information
Richard Swetenham
Information Society and Media Directorate European Commission
43. • Conclusions of the European Council in 2011,
in particular:
21. The Commission is invited to make rapid progress in
a of the Digital Single Market by 2015, including the
promotion and protection of creativity, the development
of e-commerce and the availability of public sector
information
http://www.consilium.europa.eu/uedocs/cms_data/do
cs/pressdata/en/ec/119175.pdf
48. LOD2 is a large-scale integrating project co-funded by the European
Commission within the FP7 Information and Communication Technologies
Work Programme. This 4-year project comprises leading Linked Open
Data technology researchers, companies, and service providers.
http://stack.lod2.eu/blog/
49.
50. We support open data for 4 reasons:
• Public data has significant potential for re-use in new products and
services.
• Overall economic gains from opening up this resource could amount to €
40 billion a year in the EU;
• Addressing societal challenges – having more data openly available will
help us discover new and innovative solutions;
• Achieving efficiency gains through sharing data inside and between public
administrations;
• Fostering participation of citizens in political and social life and increasing
transparency of government.
https://ec.europa.eu/digital-agenda/en/public-sector-information-raw-datanew-services-and-products
59. Linked Brazilian Amazon Rainforest Data
“Open Science needs Open Data to maximize the transparency,
reproducibility and reuse of scientific efforts. An example of a high
demand for data is the research about climate change, for example about
the role of deforestation in it.”
Tomi Kauppinen , Giovana Mira de Espindola , Jim Jones , Alber Sánchez , Benedikt Gräler , Thomas Bartoschek
a Institute for Geoinformatics, University of Muenster, Germany
b Earth System Science Center, National Institute for Space Research (INPE), Brazil
http://linkedscience.org/data/linked-brazilian-amazon-rainforest/
62. • examples of “citizen” driven open science are
popping up everyday
• government is experimenting with openness,
but policies and institutions still need to catchup
• This things are not totally connected yet
63. So how do we make the most of them to tackle
our society’s problems?
64. • It is all about design of the:
– Human Element
– Technology Element
– Policy (and legal) Element